

Lithium Oxide Formula in Detail
This article mainly deals with the chemical formula of lithium oxide, the structural lithium oxide formula with its properties and uses. Lithium oxide is a white solid inorganic compound that is produced when lithium peroxide is decomposed at a temperature of 200 - 300
[Image will be Uploaded Soon]
Lithium Oxide Structure
From the lithium oxide chemical formula (Li
[Image will be Uploaded Soon]
The alternative schematic representation of the lithium-oxygen formula as a ball and stick model of their single unit cell is also illustrated below for a more clear understanding.
[Image will be Uploaded Soon]
Lithium Oxide Properties
Lithium oxide is a white crystalline solid and the lithium oxide molar mass is equal to 29.88 g/mol. It has a density that is measured as 2.013 g/cm
Lithium Oxide Uses
Lithium oxide when combined with copper exerts blue color and when mixed with cobalt generates pink color and therefore it is vastly used for the glazing of ceramics. But as lithium oxide reacts vigorously in water, therefore, it must be kept isolated from water.
In a thermal barrier coating system, lithium oxide is used for the evaluation of non-destructive emission spectroscopy as well as degradation monitoring in the system.
It is also added as a co-dopant with yttrium oxide which is a white solid and air-stable in nature also known as yttria as a topcoat for ceramic as it does not decrease easily and is therefore considered as a topcoat that sustains for a longer period of time.
At a very high heat lithium oxide emits a very definite pattern that is easily detectable and as the intensity of it increases the coating of lithium oxide decreases. But because of its spectroscopic nature of patter, its implantation allows the situ monitoring system thus enabling them to accurately predict the lifetime unless any major failure is involved.
It is used as a coolant in many nuclear plants and as a thickening agent to bring a certain consistency in greases.
FAQs on Lithium Oxide Formula
1. How is Lithium Oxide Formed?
Ans. lithium oxide is generally formed by the thermal decomposition of lithium peroxide at a temperature range of 300 to 400 oC. Also when the lithium metal is burnt with oxygen present in the air, lithium oxide is formed along with some traces of lithium peroxide but in a very small amount.
2. Is Lithium Oxide Basic or Acidic in Nature?
Ans. The most relevant way to determine a basic or acidic nature of oxide is to follow its reaction with water. An acidic oxide will be the one that produces acid while reacting with water. While an oxide that produces a base when reacts with water is a basic oxide. Thus when lithium oxide reacts with water, a vigorous reaction occurs resulting in the formation of lithium hydroxide that is a basic oxide, hence it is basic in nature with a pH value equals to 9.5.

















